Design Strategies to Decarbonize Architecture
Strategic HVAC Electrification and the Architect's/Engineer's Role

This course reviews the concept and goals of building decarbonization and how HVAC system electrification can play a role in helping meet the overarching goal of stabilizing or reversing climate change. The program identifies the impact of electrified HVAC systems and solutions on reducing building greenhouse gas emissions and explores the various performance and design considerations that influence the selection process.

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Passive House Excellence
Advanced Airtightness, Thermal Bridging, and All Climate Comfort Heat Pump Technology

This one-hour PowerPoint presentation is designed for contractors, architects, and engineering firms involved in commercial and residential building, focusing on the critical role of Packaged Terminal Heat Pumps (PTHPs) with air leakage prevention packages in achieving the stringent air tightness requirements of Passive House standards. Passive House, an internationally recognized building standard, emphasizes energy efficiency, comfort, and sustainability, with New York Passive House leading the way in the United States by promoting these principles through innovative design and construction techniques.

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Simplifying Decarbonization
Single Packaged Heat Pumps

This comprehensive course provides HVAC professionals with in-depth training on single packaged heat pump systems, covering design, operation, and maintenance across various applications. It emphasizes energy efficiency, comfort, and code compliance while exploring core technologies, refrigerant cycles, airflow management, and advanced features. Participants gain the skills needed to select, install, commission, and troubleshoot these systems for reliable and sustainable performance.

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All-in-One Heat Pumps
Decentralized Electrification for Multifamily Buildings

As building owners and design teams pursue lower-carbon, more energy-efficient buildings, HVAC system selection has become a critical design decision. Architects must balance occupant comfort, energy performance, mechanical space requirements, operating costs, and evolving code requirements while supporting building electrification goals. Modern heat pump technologies are increasingly being evaluated as part of this transition because they offer an opportunity to reduce fossil fuel use while maintaining year-round heating and cooling performance in a wide range of building types.

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